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. 2018 Jul 11;5(2):e000819. doi: 10.1136/openhrt-2018-000819

Table 2.

Summary of findings of studies for NT-proBNP and BNP not pooled for meta-analysis

Study Design Intervention Analysed E/C Result
NT-proBNP
 Conventional training
  Ahmad et al 19 RCT Aerobic 477/451 ↔ between groups
  Antonicelli et al 44 RCT Aerobic 170/173 ↓ in E and significantly different to C
  Van Berendoncks et al 34 Controlled Aerobic and combined 46/34 ↓ in E, but ↔ for ∆ between E and C
  Edelmann et al 30 RCT Combined 44/20 ↔ in E or C
  Eleuteri et al 54 RCT Aerobic 11/10 ↔ in E or C
  Nilsson et al 55 RCT Aerobic 37/33 ↔ in E or C or between E and C
  Non-conventional
  Palau et al 42 RCT IMT 14/12 ↔ in E or C or between E and C
BNP
 Conventional training
  Billebeau et al 22 Controlled Aerobic 107/24 ↓ in E, ↔ in C
  Brubaker et al 65 RCT Aerobic 23/21 ↔ between E and C
  Kitzman et al 40 RCT Aerobic 26/27 ↔ between E and C
  Kitzman et al 39 RCT Aerobic 26/25 ↔ in E or C
  Yamamoto et al 36 Controlled Aerobic 10/8 ↓ in E, ↔ in C
  Non-conventional
  Karavidas et al 41 RCT FES 15/15 ↔ for ∆ between E and C
  Yeh et al 70 RCT Tai Chi 50/50 ↔ for ∆ between E and C

↓ statistically significant, ↔ no statistically significant change.

BNP, brain natriuretic peptide; C, control; E, exercise; FES, functional electrical stimulation; IMT, inspiratory muscle training; NT-proBNP, amino (N) portion of BNP; RCT, randomised controlled trial.